Digitize Made-to-Measure Patterns

To digitize a made-to-measure pattern, photograph the pieces after the fitting and export a true-to-scale file. Every client pattern stays documented and ready for the next adjustment.

Ateliers sit on years of paper: client patterns, basic blocks, tried and tested fits. Digitizing keeps that knowledge safe without changing how you draft.

Made-to-measure paper pattern on an atelier work table with a dress form

Why digitize client patterns?

A custom pattern holds hours of fitting work. On paper it exists once, in one place. As a digital file it is backed up, searchable and ready to adapt for the next garment or the next fitting.

Just need a specific file format? Head straight to your workflow: SVG for vector programs, DXF for CAD or PACX for CLO3D.

From fitting to file in three steps

PatternScan Pro handles distortion correction, scaling and contour detection automatically. Go straight from photo to usable digital pattern.

1

Photograph your pattern

Lay your cut-out pattern piece on a dark surface, place the four Reference Tiles around it and photograph it from above. Our photography guide shows the ideal photo.

2

Check the contours

PatternScan Pro corrects the perspective and detects the contours automatically. You review the result in the editor, measure lengths and adjust curves where needed.

3

Export and file it

Export as SVG or DXF and save the file under the client's name in your own folders. For the next adjustment you start from the file, not from the drawer.

Try the three steps with your own pattern.

Try Free for 14 Days

Made for atelier workflows

You keep drafting on paper the way you always have. The app adds the digital layer on top, without CAD expertise.

  • A client archive that lasts. Save every digitized pattern under the client's name on your computer and find it in seconds.
  • Adapt without redrafting. Open the file in your vector program or CAD and adjust for the next fitting.
  • Project instead of printing. Particularly elegant for the next use: project the pattern onto the fabric at true scale, with no printing or taping.
  • No CAD expertise needed. Photograph, check the contours, export. The bridge from paper to digital is the app's job.
Photographing a sewing pattern framed by the four Reference Tiles

How the scale stays accurate

The four printed Reference Tiles around your pattern tell the app exactly how large everything is. PatternScan Pro also corrects the distortion of your camera lens. Together this is what makes photo-based digitizing precise enough for real pattern work. You can verify it yourself: measure a known length after importing.

More on the tiles in our reference guide.

Questions & Answers

Can I organize patterns by client?

Yes. Export each pattern and save it under the client's name in your own folder structure. As digital files, every client's pattern is found in seconds.

Guide: Creating a Calibration Profile

Learn how to create accurate calibration profiles

Guide: Print and Use Reference

Learn how to use the reference correctly

Guide: How to Photograph Your Pattern

Complete step-by-step instructions

Do I need CAD expertise?

How accurate are the measurements?

The Reference Tiles set the scale and exports are in millimeters. We still recommend measuring one known length after importing, as with any digitizing workflow.

Guide: Creating a Calibration Profile

Learn how to create accurate calibration profiles

Guide: Print and Use Reference

Learn how to use the reference correctly

Guide: How to Photograph Your Pattern

Complete step-by-step instructions

Do I need special hardware?

Have more questions? Feel free to contact us.

Contact

More ways to use your pattern

Use your digitized patterns for whatever comes next: grading, CAD, 3D simulation, projecting, or your archive.

Made-to-measure sewing pattern with tailoring tools

Digitize sewing patterns without tracing.

Test PatternScan Pro free for 14 days with the full feature set. You need your smartphone, a printer and one pattern you always wanted digital.